25 gram: 26€
100 gram: 65€
500 gram:187€
1000 gram: 279€
Ketjen Black EC-600JD Conductive Carbon Black
KETJENBLACK is a unique electro-conductive carbon black that has received favorable evaluations for its superior performance and stability of quality.
Mixed with plastic, rubber or other materials, KETJENBLACK has garnered high marks for providing the same level of electro-conductivity with a lower loading quantity as conventional carbon black.
PRODUCT PROPERTIES
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PORE VULUME, DBP (ml/100)
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480-510 ml/100g
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pH
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9.0-10.5
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GRIT (wt%)
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≤30 mg/kg
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VOLATILE (wt%)
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≤1.0 %
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ASH (wt)
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≤0.1 %
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IODIE VALUE
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1000-1100 mg/g
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FINE (wt %)
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≤7 %
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APPARENT BULK DENSITY (g/L)
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100-120 kg/m³
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MOISTURE (wt%)
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≤0.5 %
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APPEARANCE
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Black free-flowing pellets
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Applications of Ketjenblack
EC-600JD is a very pure carbon black extremely suitable for antistatic and electroconductive applications. Due to its unique morphology and the extremely high surface area of approx. 1400 m2/g (BET), only one sixth the amount of Ketjenblack EC600-JD is needed compared to conventional electroconductive blacks in order to achieve the same conductivity. The extreme low loading of Ketjenblack EC600-JD allows easier processing for those compounds sensitive to filler addition, thus minimizing loss in mechanical and rheological properties. Ketjenblack EC-600JD when thoroughly dispersed with the polymer significantly increases the conductivity of the resulting compound. Ketjenblack EC-600JD can be used in all types of polymers, thermoset, thermoplastic as well as elastomers. Due to its unique morphology and structure with very low amounts of Ketjenblack EC-600JD excellent conductive material can be made. The loading needed to obtain a certain conductivity can vary significantly per type of polymer.
Ketjenblack Features
(1) Same level of electro-conductivity as conventional carbon black but with 1/2 to 1/3 of the loading quantity
(2) Effective at a lower loading quantity, has minimal effect on the physical properties of base resins or paint
(3) Minimal reduction in electro-conductivity when mixed with other materials
